Arrange the numbers to show the correct order of events in transcription and translation. In the nucleus of a cell, DNA becomes active by rearrangement of epigenetic factors 1 making genes available for expression. 2 DNA relaxes and allows more space between nucleosomes. Transcription factors bind to the promoter, a sequence of DNA the signals the beginning of a gene. RNA polymerase binds near the transcription factors and begins transcribing the 4 DNA to RNA 5 An RNA transcript leaves the nucleus and is processed to MRNA in the cytoplasm. 6 MRNA associates with a ribosome. A TRNA unit with an amino acid binds to the MRNA in the ribosome and starts 7 translating the MRNA to a peptide, one amino acid at a time. and onen 3.

Biology 2e
2nd Edition
ISBN:9781947172517
Author:Matthew Douglas, Jung Choi, Mary Ann Clark
Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark
Chapter15: Genes And Proteins
Section: Chapter Questions
Problem 12RQ: How do enhancers and promoters differ? Enhancers bind transcription factors to silence gene...
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what is the correct order ?
VOTLINC 55IT
1. Welcome
Practice - 3
2. Objective
Arrange the numbers to show the correct order of events in transcription and translation.
In the nucleus of a cell, DNA becomes active by rearrangement of epigenetic factors
1
making genes available for expression.
3. Prior Knowledge
4. More to DNA than A-G-C-T
2 DNA relaxes and allows more space between nucleosomes.
5. DNA During Mitosis
Transcription factors bind to the promoter, a sequence of DNA the signals the
3.
beginning of a gene.
6. Chromosomal DNA
RNA polymerase binds near the transcription factors and begins transcribing the
DNA to RNA.
7. Practice - 1
5 An RNA transcript leaves the nucleus and is processed to MRNA in the cytoplasm.
8. Chromatin
6 MRNA associates with a ribosome.
9. DNA in Chromatin
A TRNA unit with an amino acid binds to the MRNA in the ribosome and starts
7
translating the mRNA to a peptide, one amino acid at a time.
10. Epigenetic Factors at Work
Let's consider the big steps in protein synthesis: the DNA has to be active and open; this
requires epigenetic factors; transcription begins following the binding of transcription
factors to the DNA; MRNA moves to the cytoplasm to be translated to a peptide with the
CONTINUE
11. Practice - 2
Incorrect
12. Gene Targeting
13. Practice - 3
K BACK
SUBMV
14locenn Doviow
Resource
Attachments
Rain coming
Information
O Type here to search
近
4.
Transcribed Image Text:VOTLINC 55IT 1. Welcome Practice - 3 2. Objective Arrange the numbers to show the correct order of events in transcription and translation. In the nucleus of a cell, DNA becomes active by rearrangement of epigenetic factors 1 making genes available for expression. 3. Prior Knowledge 4. More to DNA than A-G-C-T 2 DNA relaxes and allows more space between nucleosomes. 5. DNA During Mitosis Transcription factors bind to the promoter, a sequence of DNA the signals the 3. beginning of a gene. 6. Chromosomal DNA RNA polymerase binds near the transcription factors and begins transcribing the DNA to RNA. 7. Practice - 1 5 An RNA transcript leaves the nucleus and is processed to MRNA in the cytoplasm. 8. Chromatin 6 MRNA associates with a ribosome. 9. DNA in Chromatin A TRNA unit with an amino acid binds to the MRNA in the ribosome and starts 7 translating the mRNA to a peptide, one amino acid at a time. 10. Epigenetic Factors at Work Let's consider the big steps in protein synthesis: the DNA has to be active and open; this requires epigenetic factors; transcription begins following the binding of transcription factors to the DNA; MRNA moves to the cytoplasm to be translated to a peptide with the CONTINUE 11. Practice - 2 Incorrect 12. Gene Targeting 13. Practice - 3 K BACK SUBMV 14locenn Doviow Resource Attachments Rain coming Information O Type here to search 近 4.
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